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• Redirecting via .htaccess to .php with arguments in current folder.

  - by Jengerer

  Hey, I'm trying to redirect something like foo/bar to ?foo=bar, so I can do www.mydomain.com/hey/foo/bar to www.mydomain.com/hey/?foo=bar, but I can't seem to get the syntax right. I tried the following: RewriteEngine on RewriteRule ^foo/(.*)$ ?foo=bar [NC] But this doesn't work. How would I accomplish this? I tried adding a forward slash behind the question mark, but that makes it link to the root directory. Thanks, Jengerer

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• Drawing Rounded Rectangle in DirectX/3D for 2D

  - by Jengerer

  I'm using Direct3D to draw 2D elements in a C++ application of mine, and it'd be neat if I could create rounded-rectangle GUI elements that were varying in size, but I'm not sure how to do that in the most efficient manner possible. I thought of the "easy" way which would be to have images of the four corners and then just place them in the proper positions, and fill in the rest, but varying radii for the rectangle corners would be a definite plus, and this method doesn't accommodate that feature well. Through my searches I've come across the terms Pixel Shader, Stencil Buffering, and HLSL, but I'm not sure whether these terms are relevant and which one to jump into if so. Thanks in advance, Jengerer

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• Solving 2D Collision Detection Issues with Relative Velocities

  - by Jengerer

  Imagine you have a situation where two objects are moving parallel to one-another and are both within range to collide with a static wall, like this: A common method used in dynamic collision detection is to loop through all objects in arbitrary order, solve for pair-wise collision detection using relative velocities, and then move the object to the nearest collision, if any. However, in this case, if the red object is checked first against the blue one, it would see that the relative velocity to the blue object is -20 m/s (and would thereby not collide this time frame). Then it would see that the red object would collide with the static wall, and the solution would be: And the red object passes through the blue one. So it appears to be a matter of choosing the right order in which you check collisions; but how can you determine which order is correct? How can this passing through of objects be avoided? Is ignoring relative velocity and considering every object as static during pair-wise checks a better idea for this reason?

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